Informe de trayectoria investigativa en los semilleros del área de energías renovables y biomecánica.
Fecha
2022-01-26Registro en:
Rojas, C. D. (2021).Informe de trayectoria investigativa en los semilleros del área de energías renovables y biomecánica Tunja: CRAI-USTA Tunja.
reponame:Repositorio Institucional Universidad Santo Tomás
instname:Universidad Santo Tomás
Autor
Rojas Flechas, Carlos Daniel
Institución
Resumen
One of the most important aspects in engineering are the research methods that allow reaching a purpose, or a desired objective; For this reason, including research in the initial training of professionals encourages research development and theoretical appropriation of students in any area of performance.
In the faculty of mechanical engineering, the fields of research are quite broad, however, this work assumes the research methodology as its main focus, which has led to the construction of a book and research products such as lectures and papers, which add value. important for professional performance, due to the skills acquired.
In modern research, severe types of training for high-performance athletes are denoted, but when including a term seen in engineering such as linear regression, or review of previous failures, improvements in performance can be determined. By correcting these movements with a guide which determines the dynamic muscular guide to follow can be recreated. Similarly, it has been shown that in a person who repeats joint movements recurrently, the brain is able to save the movements and replicate them by reflex action, so if targeted training is carried out for specific purposes, technique and efficiency can be improved. .
This investigative approach seeks to refine, improve and shorten the duration of training to become an elite athlete. However, high-speed cameras can be used to track exercise, as well as joint analytics software called KINOVEA.
On the other hand, the use of renewable energies is currently at its most important peak, as a result of the depletion of fossil fuels. This leads to human development and engineering for the design of a transportable pumping system, powered by photovoltaic solar energy for crop irrigation. The use of these renewable energies is that the operator or owner of the system does not have to resort to gasoline pumps again, this also implies a reduction in transportation expenses, since the distance to the area of use and gasoline is quite wide. But all this with the aim of understanding how the conceptual research methodology works, since the evaluation parameters proposed for this system were carried out under this methodology.